U18EET3002 ELECTROMAGNETIC FIELDS Syllabus Tutorial Assignment Other University Materials Lecture Materials REVIEW OF VECTOR CALCULUS 1 Scalar and Vectors 2 Cartesian Coordinate Systems3 Cylindrical Coordinate Systems 4 Spherical Coordinate Systems5 Vector Multiplication – Dot Product 6 Vector Multiplication – Cross Product 7 Vector Transformation 8 Line Integrals 9 Divergence TheoremELECTROSTATIC FIELDS10 Coulomb’s law11 Electric Field Intensity12 Electric Flux Density13 Gauss Law – Applications14 Electric Potential, Work and Energy15 Electric Potential 116 Electric Potential 217 Equipotential Surfaces18 Electric DipoleCONDUCTORS, DIELECTRICS AND CAPACITANCE 19 Current and Current Density20 Conductors and Ohms Law21 Dielectrics22 Dielectric Materials – Polarization23 Boundary Conditions24 Capacitors25 Poisson’s and Laplace’s equationMAGNETOSTATIC FIELDS26 Magneto statics27 Biot Savart Law28 Amperes Circuital Law29 Magnetic Flux and Flux density30 Magnetic Scalar and Vector PotentialsMAGNETIC FORCES AND INDUCTANCE31 Magnetic Forces32 Magnetic Torque and Dipole33 Magnetic Materials34 Magnetic Boundary Conditions35 Magnetic Circuits36 Inductance37 Magnetic EnergyMAXWELL’S EQUATIONS AND ELECTROMAGNETIC WAVES 38 Faraday’s Law and Lenz Law39 Displacement Current40 Time Varying Electric and Magnetic Fields41 Time Varying – Maxwell Equation & Conditions42 Retarded Potentials43 Wave Equation44 Wave Equation in Different Medium45 Poynting vector and Poynting theorem Share this: Share on X (Opens in new window) X Share on Facebook (Opens in new window) Facebook
U18EET3002 ELECTROMAGNETIC FIELDS